Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method for remotely monitoring a host's glucose state, comprising: receiving from a host computing device, at a remote server system, glucose concentration data measured by a glucose monitoring system, wherein the host computing device includes a software application at least partially resident on the host computing device to manage sensor data generated by the glucose monitoring system; authorizing, at the remote server system, two or more wireless remote monitoring devices to remotely monitor the host's glucose state, the authorizing being based at least in part on authorization provided by the host computing device, wherein each of the two or more wireless remote monitoring devices include a computing device having a remote monitor software application at least partially resident on the respective computing device to receive and present notifications informative of the host's glucose state; receiving from the host computing device, at the remote server system, a first set of access rights associated with a first wireless remote monitoring device of the two or more wireless remote monitoring devices, the first set of access rights including identification of a portion of the glucose concentration data authorized for access by the first wireless remote monitoring device and one or more thresholds associated with different glucose concentration levels or trends for generating notifications about the host's glucose state; receiving from the first wireless remote monitoring device, at the remote server system, a second threshold setting, the second threshold setting being associated with a different glucose concentration level or trend for generating the notifications about the host's glucose state, wherein the second threshold setting modifies the one or more thresholds of the first set of access rights; establishing, at the remote server system, a first rule set associated with the first wireless remote monitoring device, wherein the first rule set comprises the first set of access rights and the one or more thresholds modified by the second threshold setting received from the first wireless remote monitoring device, wherein the first rule set is modifiable by the first wireless remote monitoring device; determining, by the remote server system, if at least a portion of the glucose concentration data accessible by the first wireless remote monitoring device satisfies at least one rule of the first rule set, the determining comprising checking the glucose concentration data against the one or more thresholds associated with the first rule set; and upon determining that at least the portion of the glucose concentration data accessible by the first wireless remote monitoring device satisfies the at least one rule of the first rule set, generating, by the remote server system, an alert notification to be transmitted to the first wireless remote monitoring device.
This invention relates to a system for remotely monitoring a host's glucose levels using a glucose monitoring device connected to a host computing device. The system allows authorized remote monitoring devices to receive and display notifications about the host's glucose state based on configurable thresholds and access rights. The host computing device runs a software application that manages sensor data from the glucose monitoring system and communicates with a remote server. The server authorizes multiple wireless remote monitoring devices to access the host's glucose data, with each device having its own software application to receive and display notifications. The host or the remote monitoring devices can set access rights and thresholds for generating alerts, such as specific glucose concentration levels or trends. The server checks incoming glucose data against these thresholds and sends alerts to authorized devices when conditions are met. The system allows dynamic modification of thresholds and access rules by the remote monitoring devices, enabling personalized monitoring and alert settings. This approach ensures secure, real-time glucose monitoring with customizable notifications for caregivers or other authorized users.
2. The method of claim 1 , further comprising: transmitting, by the remote server system, a data communication indicative of the generated alert notification to a notification service instructing the notification service to notify the first wireless remote monitoring device associated with the satisfied at least one rule of the first rule set, wherein the data communication includes a destination address of the first wireless remote monitoring device and content of the alert notification.
This invention relates to a system for generating and transmitting alert notifications in a remote monitoring environment. The system addresses the challenge of efficiently delivering alerts to wireless remote monitoring devices based on predefined rules. A remote server system monitors data from one or more remote monitoring devices and applies a set of rules to determine when an alert condition is met. When a rule is satisfied, the system generates an alert notification. The notification includes content describing the alert and a destination address for the specific wireless remote monitoring device associated with the satisfied rule. The server then transmits a data communication to a notification service, instructing it to forward the alert notification to the designated device. The notification service ensures the alert is delivered to the correct device, enabling timely and targeted alerts in remote monitoring applications. This method improves alert management by automating the process and ensuring notifications reach the intended recipients.
3. The method of claim 1 , further comprising: suspending, by the remote server system, a capability of an authorized wireless remote monitoring device in response to receiving a pause instruction, wherein the suspended capability includes cessation of notifications to be sent to the authorized wireless remote monitoring device.
This invention relates to remote monitoring systems for managing wireless devices, particularly for controlling notifications sent to authorized monitoring devices. The system addresses the problem of unwanted or excessive notifications disrupting users, especially in scenarios where monitoring needs to be temporarily halted without revoking access. The method involves a remote server system that manages communication with authorized wireless remote monitoring devices. When a pause instruction is received, the server suspends specific capabilities of the monitoring device, including the cessation of notifications. This ensures that no further alerts or updates are sent to the device while maintaining its authorized status. The suspension can be reversed by resuming normal operation when monitoring is needed again. The system is designed to provide flexibility in managing remote monitoring, allowing users to temporarily disable notifications without losing access or requiring reauthorization. This is particularly useful in environments where monitoring must be paused for security, privacy, or operational reasons, but the device must remain authorized for future use. The method ensures seamless reintegration of the device once monitoring resumes, maintaining system integrity and user convenience.
4. The method of claim 3 , further comprising: restoring, by the remote server system, the capability of the authorized wireless remote monitoring device in response to receiving a resume instruction.
A system for managing wireless remote monitoring devices involves a remote server system that monitors and controls the operational state of authorized wireless remote monitoring devices. The system includes a remote server system that communicates with the wireless remote monitoring devices to determine their operational status. The remote server system can suspend the capability of an authorized wireless remote monitoring device when a suspension condition is detected, such as a security breach or unauthorized access. Suspension prevents the device from performing its monitoring functions until further action is taken. The system also allows for the restoration of the device's capabilities upon receiving a resume instruction from an authorized source, such as an administrator or a predefined trigger. This ensures that the device can resume normal operation only when it is safe or authorized to do so. The method includes detecting suspension conditions, suspending device capabilities, and restoring them upon receiving a valid resume instruction, thereby enhancing security and control over the monitoring devices.
5. The method of claim 3 , wherein the suspending does not remove authorization of the authorized wireless remote monitoring device.
A system and method for managing wireless remote monitoring devices in a networked environment addresses the challenge of securely handling device suspensions without disrupting authorized monitoring functions. The invention provides a mechanism to temporarily suspend a wireless remote monitoring device while preserving its authorization status, ensuring continuous monitoring capabilities for critical applications. The method involves detecting a suspension trigger, such as a security breach or maintenance requirement, and initiating a suspension process that isolates the device from the network without revoking its authorization credentials. This allows the device to remain authorized for future use once the suspension is lifted, maintaining operational efficiency and reducing administrative overhead. The system may also include authentication modules to verify device identity and authorization status before allowing reintegration into the network. By decoupling suspension from authorization revocation, the invention ensures that authorized monitoring devices can resume operations seamlessly after the suspension period, enhancing system reliability and security. The solution is particularly useful in industrial, healthcare, and smart infrastructure applications where uninterrupted monitoring is essential.
6. The method of claim 1 , wherein the identification of a portion of the glucose concentration data comprises a data selection of a type, format or portion of the glucose concentration data.
This invention relates to methods for processing glucose concentration data, particularly for identifying and selecting specific portions of such data for further analysis or monitoring. The technology addresses the challenge of efficiently extracting relevant glucose concentration information from continuous or large datasets, which is critical for accurate diabetes management and medical decision-making. The method involves analyzing glucose concentration data to identify a specific portion of the data based on predefined criteria. The identification process includes selecting data based on its type, format, or a specific segment of the dataset. For example, the method may distinguish between different data types such as continuous glucose monitor (CGM) readings, lab test results, or manually entered values. It may also filter data by format, such as distinguishing between raw numerical values, time-stamped entries, or aggregated summaries. Additionally, the method can isolate a particular portion of the data, such as a time window, a range of values, or a subset of readings that meet certain conditions. By enabling precise data selection, this method improves the accuracy and relevance of glucose monitoring systems, allowing for better detection of trends, anomalies, or critical thresholds in glucose levels. This enhances diabetes management by providing more targeted and actionable insights for patients and healthcare providers.
7. The method of claim 6 , wherein the data selection of the type, format or portion of the glucose concentration data includes a trend graph view of the glucose concentration data.
This invention relates to systems for managing and displaying glucose concentration data, particularly for diabetes monitoring. The problem addressed is the need for efficient and user-friendly presentation of glucose data to help users and healthcare providers track trends and make informed decisions. The method involves selecting and displaying specific types, formats, or portions of glucose concentration data. A key feature is the inclusion of a trend graph view, which visually represents changes in glucose levels over time. This graphical representation helps users identify patterns, such as fluctuations or trends, which are critical for diabetes management. The trend graph may be customized to show different time intervals, such as hourly, daily, or weekly trends, and can be adjusted to highlight specific data points or ranges of interest. Additionally, the method allows for filtering or segmenting the data based on user preferences or clinical requirements. For example, users can focus on specific time periods, such as post-meal readings, or filter out outliers to get a clearer picture of overall glucose control. The system may also integrate with other health data sources to provide a more comprehensive view of the user's health status. By providing a flexible and intuitive way to visualize glucose trends, this invention aims to improve diabetes management by enabling better decision-making and personalized care. The trend graph view is particularly useful for identifying long-term patterns and assessing the effectiveness of treatment plans.
8. The method of claim 1 , wherein the two or more wireless remote monitoring devices includes a smartphone device.
A system and method for wireless remote monitoring involves using two or more wireless remote monitoring devices to collect and transmit data from a monitored environment to a central monitoring system. The devices are configured to communicate with each other and with the central system, ensuring continuous data collection even if one device fails. The method includes deploying the devices in the monitored environment, establishing wireless communication links between them, and transmitting collected data to the central system. The central system processes the data to generate alerts or reports based on predefined conditions. At least one of the wireless remote monitoring devices is a smartphone, which may serve as a primary or secondary data collection and transmission device. The smartphone can run a dedicated application to interface with the central system and other monitoring devices, enhancing flexibility and scalability. The system is designed for applications such as environmental monitoring, industrial equipment tracking, or healthcare patient monitoring, where reliable and redundant data collection is critical. The use of a smartphone as one of the monitoring devices simplifies deployment and reduces costs by leveraging existing consumer technology. The method ensures robust data transmission by utilizing multiple communication paths and failover mechanisms.
9. The method of claim 1 , wherein the alert notification to be transmitted to the first wireless remote monitoring device includes a text message.
A system and method for wireless remote monitoring involves transmitting alert notifications to a first wireless remote monitoring device. The alert notification includes a text message, which may be sent via wireless communication protocols such as cellular, Wi-Fi, or Bluetooth. The system monitors one or more conditions, such as environmental parameters, equipment status, or security breaches, and generates alerts when predefined thresholds are exceeded. The text message may contain details about the alert, including the type of alert, severity level, and location of the monitored condition. The first wireless remote monitoring device receives the text message and may display it to a user or trigger further actions, such as sending additional notifications to other devices or initiating automated responses. The system ensures timely communication of critical information to authorized personnel, enhancing situational awareness and enabling prompt decision-making. The text message format allows for compatibility with various wireless devices and networks, ensuring reliable delivery even in low-bandwidth conditions. The method may also include encryption or authentication mechanisms to secure the transmitted data.
10. The method of claim 1 , wherein the glucose monitoring system includes a continuous glucose sensor, and a sensor electronics module attached to the continuous glucose sensor, the software application at least partially resident on the host computing device being in wireless communication with the sensor electronics module, the sensor electronics module being configured to intermittently transmit at least some of the glucose concentration data to the host computing device.
A glucose monitoring system is designed to continuously track glucose levels in a user's body. The system includes a continuous glucose sensor that measures glucose concentrations and a sensor electronics module attached to the sensor. The electronics module processes the sensor data and wirelessly transmits it to a host computing device, such as a smartphone or tablet, running a dedicated software application. The transmission occurs intermittently, ensuring efficient data transfer without continuous communication. The software application on the host device receives and analyzes the glucose data, providing real-time monitoring and alerts to the user. This system helps individuals with diabetes or other glucose-related conditions manage their health by offering continuous, non-invasive glucose tracking and timely updates. The intermittent transmission feature optimizes power consumption and reduces data overload, making the system practical for long-term use. The host computing device may also store historical data, generate trends, and offer personalized insights to improve glucose management.
11. The method of claim 1 , the establishing a first rule set comprises: receiving, at the remote server system, an indication of a threshold modification to modify a particular threshold from a user using the remote monitor software application of the first wireless remote monitoring device; and modifying, at the remote server system, at least one rule of the first rule set according to the indicated modification.
A system and method for remote monitoring and rule-based alert management in a wireless monitoring environment. The invention addresses the need for dynamic adjustment of alert thresholds and rules in a remote monitoring system to improve responsiveness and accuracy of alerts. The system includes a remote server system that communicates with wireless remote monitoring devices, each running a remote monitor software application. The devices collect data from monitored assets and transmit it to the server. The server applies rule sets to the data to generate alerts when predefined conditions are met. The invention enables users to modify alert thresholds and rules in real-time. A user can specify a threshold modification for a particular alert condition, and the server updates the corresponding rule set accordingly. This allows for adaptive monitoring based on changing conditions or user preferences. The system ensures that the modified rules are applied to subsequent data processing, improving the relevance and timeliness of alerts. The invention enhances flexibility in remote monitoring by enabling on-demand adjustments to alert criteria without requiring system downtime or complex reconfigurations.
12. The method of claim 1 , wherein determining, by the remote server system, if at least the portion of the glucose concentration data accessible by the first wireless remote monitoring device satisfies the at least one rule of the first rule set comprises determining if at least the portion of the glucose concentration data accessible by the first wireless remote monitoring device is below an urgently low glucose concentration threshold, is below a low glucose concentration threshold, or exceeds a high glucose concentration threshold.
This invention relates to a remote monitoring system for glucose concentration data, addressing the need for real-time analysis and alerting in diabetes management. The system includes a remote server that receives glucose concentration data from a wireless monitoring device and evaluates it against predefined rules to detect critical glucose levels. Specifically, the server checks if the accessible glucose data meets any of three conditions: falling below an urgently low threshold, below a low threshold, or exceeding a high threshold. These thresholds define abnormal glucose levels that require immediate attention. The system ensures timely alerts are generated when glucose readings deviate from safe ranges, enhancing patient safety and enabling proactive intervention. The method involves continuous monitoring and automated rule-based evaluation to identify potential hypoglycemic or hyperglycemic events, supporting both urgent and non-urgent alerts based on the severity of the deviation. This approach streamlines diabetes management by integrating real-time data analysis with actionable thresholds, reducing the risk of complications from unnoticed glucose fluctuations.
13. The method of claim 1 , wherein the first rule set further includes a loss of data rule defining when the remote server system does not receive glucose concentration data from the glucose monitoring system for a predetermined amount of time, the method further comprising determining, by the remote server system, if the loss of data rule is satisfied.
This invention relates to a system for monitoring glucose concentration data from a glucose monitoring system and managing data loss scenarios. The system includes a remote server system that receives glucose concentration data from a glucose monitoring device. The server system applies a set of rules to analyze the received data, including a specific rule for detecting data loss. This rule triggers when the server system does not receive glucose concentration data from the monitoring system for a predetermined period. When this condition is met, the server system determines whether the loss of data rule is satisfied, allowing for appropriate actions such as alerts or adjustments to data processing. The system ensures continuous monitoring and reliable data handling, addressing the problem of intermittent or lost glucose readings in remote monitoring applications. The invention enhances the reliability of glucose monitoring by proactively identifying and responding to data transmission gaps, ensuring timely intervention and accurate health tracking.
14. A method for remotely monitoring a host's glucose state, comprising: receiving from a host device, at a remote server system, an authorization to enable two or more wireless remote monitoring devices to access glucose concentration data of a host being monitored from a glucose monitoring system; authorizing based at least in part of the authorization, at a remote server system, the two or more wireless remote monitoring devices to remotely monitor the host's glucose state being monitored by the glucose monitoring system, the authorizing including allowing the two or more wireless remote monitoring devices access to the glucose concentration data stored on the remote server system associated with the host's glucose state, wherein the two or more wireless remote monitoring devices each include a computing device having a remote monitor software application at least partially resident on the computing device to receive and present notifications informative of the host's glucose state; receiving from the host device, at the remote server system, a first set of access rights associated with a first wireless remote monitoring device, the first set of access rights including identification of a portion of the glucose concentration data authorized for access by the first wireless remote monitoring device and one or more thresholds associated with different glucose concentration levels or trends for generating notifications about the host's glucose state, wherein the host device includes a computing device having a software application at least partially resident on the computing device to manage sensor data generated by the glucose monitoring system, and wherein a second threshold setting received from the first wireless remote monitoring device modifies the one or more thresholds of the first set of access rights; establishing, at the remote server system, a plurality of rule sets associated with each of the authorized two or more remote monitoring devices, a first rule set of the plurality of rule sets comprising the first set of access rights and the one or more thresholds modified by the second threshold setting received from the first wireless remote monitoring device, a second rule set of the plurality of rule sets including a first threshold and being associated with a second wireless remote monitoring device of the two or more wireless remote monitoring devices, the first threshold being associated with a glucose concentration level or trend of the host, and the second rule set being modifiable by the second wireless remote monitoring device; determining, by the remote server system, if at least a portion of the glucose concentration data accessible by the first wireless remote monitoring device satisfies at least one rule of the first rule set, the determining comprising checking the glucose concentration data to the one or more thresholds associated with the first rule set; and upon determining that at least the portion of the glucose concentration data accessible by the first wireless remote monitoring device satisfies the at least one rule of the first rule set, generating, by the remote server system, an alert notification to be transmitted to the first wireless remote monitoring device.
This invention relates to remote monitoring of a host's glucose levels using a glucose monitoring system. The system allows multiple wireless remote monitoring devices to access and monitor glucose concentration data from a host's glucose monitoring system via a remote server. The host device, which manages sensor data from the glucose monitoring system, provides authorization to the remote server to enable access for the monitoring devices. Each monitoring device receives notifications about the host's glucose state based on predefined thresholds and rules. The host device and each monitoring device include software applications to manage and configure access rights. The host device sets initial access rights for a monitoring device, including which glucose data portions are accessible and thresholds for generating notifications. These thresholds can be modified by the monitoring device. The remote server establishes rule sets for each monitoring device, incorporating the access rights and thresholds. The server continuously checks the glucose data against these rules and generates alerts when conditions are met, sending notifications to the relevant monitoring devices. This system enables flexible, personalized remote monitoring of glucose levels with configurable alert settings.
15. The method of claim 14 , further comprising: transmitting, by the remote server system, a data communication to a notification service instructing the notification service to notify the first wireless remote monitoring device, wherein the data communication includes a destination address of the first wireless remote monitoring devices and content of the alert notification.
This invention relates to a system for remote monitoring and alerting, particularly for wireless devices used in industrial or environmental monitoring. The system addresses the challenge of efficiently transmitting and managing alert notifications from a central server to multiple remote monitoring devices, ensuring timely and accurate delivery of critical alerts. The method involves a remote server system that receives an alert notification triggered by a monitored condition, such as a sensor reading exceeding a threshold. The server processes the alert by determining the appropriate wireless remote monitoring devices to notify based on predefined criteria, such as device location or user preferences. The server then transmits a data communication to a notification service, which includes the destination address of the first wireless remote monitoring device and the content of the alert notification. The notification service ensures the alert is delivered to the correct device, enabling users to take immediate action. The system may also include additional features, such as prioritizing alerts based on severity, encrypting notification content for security, or confirming delivery status. The method ensures reliable and secure transmission of alerts, improving response times in critical monitoring scenarios. This approach is particularly useful in applications like industrial equipment monitoring, environmental sensing, or remote asset tracking, where timely notifications are essential for operational efficiency and safety.
16. The method of claim 14 , further comprising: suspending, by the remote server system, a capability of the second wireless remote monitoring device in response to receiving a pause instruction, wherein the suspended capability includes cessation of notifications to be sent to the second wireless remote monitoring device.
This invention relates to a system for managing wireless remote monitoring devices, particularly for controlling notifications sent to such devices. The system includes a remote server that communicates with multiple wireless remote monitoring devices, each capable of receiving and displaying notifications. The invention addresses the problem of managing device capabilities, such as notifications, to prevent unnecessary or disruptive alerts, especially in scenarios where monitoring needs to be temporarily paused. The system allows a user to send a pause instruction to the remote server, which then suspends specific capabilities of a designated wireless remote monitoring device. Upon receiving the pause instruction, the server halts the transmission of notifications to that device, effectively silencing alerts until the pause is lifted. This feature ensures that the device does not generate or display notifications during the paused period, providing flexibility in monitoring operations. The system may also include additional functionalities, such as resuming notifications after the pause or adjusting other device settings based on user commands. The invention is particularly useful in environments where selective monitoring control is required, such as in healthcare, industrial monitoring, or security systems.
17. The method of claim 16 , further comprising: restoring, by the remote server system, the capability of the second wireless remote monitoring device to receive notifications in response to receiving a resume instruction.
A system and method for managing notifications in a wireless remote monitoring environment involves a remote server system that selectively disables and restores notification capabilities of wireless remote monitoring devices. The system includes a remote server system configured to communicate with multiple wireless remote monitoring devices, each capable of receiving notifications from the server. The server monitors the status of these devices and can disable the notification capability of a second wireless remote monitoring device when a pause instruction is received, preventing it from receiving further notifications. This pause instruction may be triggered by various conditions, such as user input, device status, or system policies. The server maintains the disabled state until a resume instruction is received, at which point it restores the notification capability of the second device, allowing it to receive notifications again. The system ensures efficient resource management and user control over notification delivery in remote monitoring applications.
18. The system of claim 1 , further comprising: sending, by the remote server system, a notification to the first wireless remote monitoring device that the first wireless remote monitoring device is no longer authorized to receive notifications.
A system for managing authorization of wireless remote monitoring devices in a networked environment addresses the problem of ensuring secure and controlled access to notifications for authorized devices while revoking access for unauthorized or compromised devices. The system includes a remote server system that monitors and manages the authorization status of multiple wireless remote monitoring devices. When a device is determined to be no longer authorized, the remote server system sends a notification to the device, instructing it to cease receiving further notifications. This revocation process ensures that only authorized devices continue to receive relevant data, enhancing security and preventing unauthorized access to sensitive information. The system may also include mechanisms for authenticating devices, tracking their authorization status, and dynamically updating permissions based on predefined criteria or administrative actions. By implementing this system, organizations can maintain better control over their monitoring infrastructure, reduce the risk of data breaches, and ensure compliance with security policies. The solution is particularly useful in environments where remote monitoring devices are deployed in large numbers, such as industrial IoT networks, smart home systems, or enterprise security applications.
Unknown
June 2, 2020
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